Novotechnik TLH-0175 displacement sensor is a non-contact sensor used to measure the displacement of machinery or structures. It uses advanced magnetic principles to accurately measure the displacement distance of the measured object in real time. The sensor has high sensitivity and accuracy, is able to measure small displacement changes, and provides a linear output signal within the measurement range. It has a long life and reliability, and is suitable for applications in a wide range of environmental conditions.
The compact and easy installation of the Novotechnik TLH-0175 displacement sensor is suitable for many different applications, including mechanical engineering, automation control systems, medical devices, etc. It can also be integrated with other systems to provide real-time displacement data for control and monitoring.
With high resolution and fast response time, the sensor can be used in high-speed and high-precision applications. It is resistant to shock and vibration, and is able to operate stably in harsh working environments.
In conclusion, the NOVOTECHNIK TLH-0175 displacement sensor is a high-performance measuring device with high accuracy, strong stability, easy installation, and suitable for a variety of different applications.
Novotechnik TLH-0175 Displacement sensor is a displacement sensor that is commonly used to measure and monitor changes in the position of mechanical devices. Its working principle is based on the Hall effect or capacitance effect.
1.How the Hall effect works: The sensor contains a Hall element, and when a magnetic field acts on the Hall element, it produces a voltage output that is proportional to the strength of the magnetic field. By measuring this voltage output, the displacement of the object can be determined.
2.How the capacitive effect works: The sensor contains two electrodes that change the value of the capacitance when an object is brought closer to the electrodes. By measuring the change in capacitance, the displacement of the object can be determined.
Common faults and solutions:
1.The sensor cannot output a signal: Check whether the power supply of the sensor is normal and confirm that the power supply voltage meets the requirements. Check the connection between the sensor and the receiving device to make sure it is well connected. If all of the above is normal, it may be that the sensor itself is faulty and the sensor needs to be replaced.
2.The output signal of the sensor is unstable: Check whether the distance between the sensor and the object is stable to ensure that there is no interference from the object. Check the connection between the sensor and the receiving device to make sure it is well connected. If all of the above is normal, it may be that the sensor itself is faulty and the sensor needs to be replaced.
3.Sensor Output Signal Offset: Check that the distance between the sensor and the object is appropriate to ensure that there is no offset due to too large or too small displacement. Check the connection between the sensor and the receiving device to make sure it is well connected. If all of the above is normal, it may be that the sensor itself is faulty and the sensor needs to be replaced.
TLH-0130 Linear Displacement Sensor German Novotechnik Displacement SensorRelated models.
tlh-0100
tlh-0130
tlh-0150
tlh-0225
tlh-0300
tlh-0360
tlh-0450
tlh-0500
tlh-0600
tlh-0750
tlh-0900
tlh-1000
tlh-1250
tlh-1500
tlh-1750
tlh-2000
tlh-2250
tlh-2500
tlh-2750
tlh-3000
Please note that the above are only some common fault situations and solutions, and the specific fault may vary depending on the actual situation, it is recommended to refer to the sensor's user manual or contact the manufacturer for more detailed troubleshooting guidance in the event of a failure.